M365576 五、新型說明： 【新型所屬之技術領域】 本創作係有關-種模组連接器，特別指 模組較穩固地固定於電路板上之模組連接器。T將電子 【先前技術】 隨著科技不斷進步，電子產品均 目的進行開發，例如在行動通訊產品中安裝 產叩中，以結合電子模組於電子產品中。 子 =考弟-圖及第二圖’其係傳統的—種模組 上，用以收容電子模組使該電子模組 妾於電路板3 ，該模組連接1 / , 太锕1 ! - 1包括有.一連接器 含a 以及一盍體12’；該連接器本體11，包M365576 V. New Description: [New Technology Field] This creation is related to the module connector, especially the module connector whose module is firmly fixed on the circuit board. T will be electronic [Prior Art] With the continuous advancement of technology, electronic products are developed for the purpose of, for example, installing mobile devices in mobile communication products to combine electronic modules in electronic products. Sub = Kao Di - Figure and the second picture 'The traditional type of module is used to accommodate the electronic module to make the electronic module on the circuit board 3, the module is connected 1 / , too 锕 1 ! 1 includes a connector including a and a body 12'; the connector body 11, package
絕緣本體ur、—圍設於該絕緣本體U J ]- 及禝數個固持於該絕緣本體丄工 蔽〜Λ電端子11厂，其中絕緣本體1 1 1、迚 蔽设體1 1 2 /形成用以收容雷早 BB ^ ”人办电于模組2 之收宠介 巧子US 1焊接於該電路板^上。“ 1 於連接器本體11>中時，該些導電端子 12二接觸部係電連接於該電子模組r，而該蓋體 5 1且/Γ該盍體1 2 ^之側板向内成型之卡持塊1 2 與该連接器本體1厂側面之卡持孔110飞卡 3 M365576 f配合’將蓋體12 >固定於該連接器本體1厂，並依 罪π體1 2的上蓋所提供的力量將電子模組2 >壓蓋 固持於連接器本體1 1 -中。 惟，在打動裝置中，如行動電話、筆記型電腦等的應 用面上’ Μ組連接器厂必須能承受較大的震動。而在較 大的使用振動或震動測試中，傳統的模組連接Η，之址 構僅利用卡持塊1 2 5，與卡持孔]_ ! 〇飞嵌卡並= 法提供足夠的扣接力’因此電子模組2、脫出力量會施 加於蓋體1 ^上而使蓋體i 2 κ該連接器本體丄 1 -上脫離；再者’又由於結構上的連帶關係，電子模組 2 :的脫出力量會藉由蓋體1 2 >傳遞到導電端子/工 3 ’而使導電端子1 1 3，焊接於電路板3 /上結構產 生龜裂或是分離的情況。 士本案創作人有鑑於上述習用的結構裝置於實際施用 時的缺失’且積累個人從事相關產#開發實務上多年之經 驗精〜研九’終於提出一種設計合理且有效改善上 題之結構。 【新型内容】 朴本創作之主要目的，旨在提供一種模組連接器，其利 用蓋體之扣接腳與電路板之扣接孔的固持配合，使蓋體穩 固地固定於該電路板上，以提供較佳的扣接力量，並可避 免電子模組的脫出力量影響到導電端子之焊接部與電路 板間的焊接結構強度。 ^ M365576 為了連到上述目的，本創 用於將-電子模喻連接於種模組連接器， .括：-連接器本體以及—蓋體：：模組連接器包 ，本體、1設於該絕緣本體之遮辭=妾"本體包含一絕緣 該絕緣本體尹之導 、、、成體、及複數個固持於 間，且該歧導電Π ρ連接器本體形成有一容置空 .容設於該容==於該電路板上，該電子模組係 蓋於該連接器本體與該電該些導電端子，該蓋體覆 底部向下延伸有夕^ 、、，'且，其特徵在於，該蓋體的 扣接腳卡扣之扣接孔固扣接腳’該電路板設有對應供該些 而二對部向下延伸有多數個扣接腳， 孔的搭配以使蓋㈣=二扣接卿之扣接孔’扣接腳與扣接 模組由該模組連接=地固定於電路板上，進而避免電子 藉由連接器本體值腾脫出，且電子模組的脫出力量不會 置，以達到保軸子與該電路板的焊接位 為使能更進—步睁觭：、目的。 閱以下有關本創作之^本創作之特徵及技術内容，請參 供參考與說明用，# 兒明與附圖，然而所附圖式僅提 、、非用來對本創作加以限制者。 【實施方式】 睛參閱第三圖至第人 連接器1，其係用於將=圖所示，本創作提出一種模組 3，該模組連_ i肖/子模組2電性連接於—電路板 1包括〜連接器本體11以及-蓋體i 5 M365576 2 ;其中該電子模組2係收容於該模組連接器丄中以安裝 於該電路板3上。 该連接器本體11包含一絕緣本體111、一圍設於 該絕緣本體i i i之遮蔽殼體i i 2及複數個固 絕緣本體1 1 1中之導電端子i i 3，該連接器本體工工 形成有一容置空間1 1 4，該電子模組2係容設於該容置 空間1 1 4，且該些固持於該絕緣本體1 1 1中之導電端 子1 1 3係焊接於該電路板3上，而該電子模組2係容置 於该容置空間1 1 4且電性連接於該些導電端子工工 3，該蓋體1 2係覆蓋於該連接器本體1丄與該電子模組 2，且該蓋體1 2的底部向下延伸有多數個扣接腳1 2 1，而該電路板3設有對應供該些扣接腳丄2丄卡扣之扣 接孔3 1。 請參考第三圖及第四圖，第三圖係為利用模組連接器 1將電子模組2組接於電路板3上之立體組合圖，第四圖 係為模組連接器1之立體分解圖。其中，該蓋體工2係由 金屬材質製成’ §亥蓋體工2包括複數個側板工2 〇，而該 些侧板1 2 0的上緣向内彎折延伸成型一彈性壓片工2 2 ’且該彈性壓片1 2 2的中心位置設有-對應該電子模 組2之定位孔1 2 4 ’且該些側板工2 〇中之相對兩侧板 1 2 0更分別·彎折成型有—壓制片i 2 3，該蓋體丄2的 底部向下延伸有多數個扣接腳工2丄，換言之，該蓋體工 2之侧板1 2 0的下緣向下延伸有多數的扣接腳工2 1 ’在本具體實施例中，該蓋體1 2係為四個該侧板1 2 M365576 0所圍成的框體，該四個侧板】 的角落處延伸成型該扣接腳121，：:、、= 1在鄰近其末端處成型有—卡扣片J 接腳12 卡扣片1211為一單向的卡扣構造，該卡 】^ ^ 該扣接腳i 2 1的本體在鄰近扣接腳The insulating body ur, the surrounding body of the insulating body UJ]- and the plurality of insulating bodies are held in the factory, wherein the insulating body 1 1 1 and the insulating body 1 1 2 / are formed In order to receive the lightning early BB ^ "persons to power the module 2, the pets are introduced on the circuit board ^." 1 in the connector body 11>, the conductive terminals 12 two contact parts Electrically connected to the electronic module r, and the cover body 51 and/or the side plate of the body 1 2 ^ are formed inwardly by the holding block 1 2 and the latching hole 110 of the side of the connector body 1 3 M365576 f cooperates with 'fixing the cover 12 > to the connector body 1 factory, and holds the electronic module 2 > gland on the connector body 1 1 according to the force provided by the upper cover of the π body 1 2 - in. However, in the actuators, such as mobile phones, notebook computers, etc., the 连接 group connector factory must be able to withstand large vibrations. In the larger vibration or vibration test, the traditional module is connected to the Η, and the structure is only utilized by the holding block 1 2 5, and the card holding hole] _ ! 〇 flying card and the method provides sufficient fastening force 'Therefore, the electronic module 2, the disengagement force is applied to the cover body 1 ^ to disengage the cover body i 2 κ from the connector body 丄 1 - again; and the electronic module 2 due to the structural connection relationship The release force will be transmitted to the circuit board 3/upper structure by the cover body 1 2 > to the conductive terminal/work 3', causing cracking or separation. In view of the lack of the above-mentioned conventional structural devices in the actual application, and the accumulation of the individual's experience in the development of the related products, the creator of the present invention has finally proposed a structure that is reasonably designed and effectively improved. [New Content] The main purpose of Park Ben's creation is to provide a module connector that uses the fastening of the cover body and the fastening hole of the circuit board to securely fix the cover body to the circuit board. In order to provide a better fastening force, and to prevent the force of the electronic module from being pulled out, the strength of the welded structure between the welded portion of the conductive terminal and the circuit board is affected. ^ M365576 In order to connect to the above purpose, this is used to connect the -electronic analog to the module connector, including: - connector body and - cover:: module connector package, body, 1 is located in The body of the insulating body is 妾 quot quot 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体The device is mounted on the circuit board, and the electronic module is disposed on the connector body and the electrically conductive terminals. The cover body extends downwardly from the bottom to have a lower side, and is characterized in that The buckle of the buckle body of the cover body is fastened to the buckle pin. The circuit board is provided with corresponding buckles for the two pairs of portions, and the holes are matched to make the cover (four)=two The fastening hole of the buckle is attached to the circuit board by the module = grounding, so as to prevent the electrons from being detached by the connector body and the power of the electronic module Will not set, in order to achieve the welding position of the shaft and the board to enable more advanced - step:: purpose. Please refer to the following for the characteristics and technical content of this creation. Please refer to the description and description, #儿明和图图, however, the drawings are only for the purpose of limiting the creation. [Embodiment] Referring to the third figure to the human connector 1, which is used for the display of the figure, the present invention proposes a module 3 which is electrically connected to the _i/sub-module 2 The circuit board 1 includes a connector body 11 and a cover body i 5 M365576 2 . The electronic module 2 is received in the module connector 以 to be mounted on the circuit board 3 . The connector body 11 includes an insulative housing 111, a shielding housing ii 2 surrounding the insulative housing iii, and a plurality of electrically conductive terminals 1-1 in the solid insulating body 112. The connector body is formed with a capacitance. a space 1 1 4 , the electronic module 2 is received in the accommodating space 1 1 4, and the conductive terminals 1 1 3 held in the insulating body 1 1 1 are soldered to the circuit board 3 The electronic module 2 is disposed in the accommodating space 1 1 4 and electrically connected to the conductive terminal 3, and the cover 12 covers the connector body 1 and the electronic module 2 The bottom of the cover body 1 2 has a plurality of fastening pins 112, and the circuit board 3 is provided with a fastening hole 31 corresponding to the fastening pins 2'. Please refer to the third and fourth figures. The third figure is a three-dimensional combination diagram of the electronic module 2 assembled on the circuit board 3 by using the module connector 1. The fourth figure is the three-dimensional combination of the module connector 1. Exploded map. Wherein, the cover body 2 is made of a metal material. The § 盖 盖 2 includes a plurality of side slabs 2 〇, and the upper edges of the side plates 1 20 are bent inwardly to form an elastic sheeter. 2 2 'and the center position of the elastic pressing piece 1 2 2 is provided - corresponding to the positioning hole 1 2 4 ' of the electronic module 2 and the opposite side plates 1 2 0 of the side plate workers 2 are more respectively curved The folding piece has a pressing piece i 2 3, and the bottom of the cover body 2 extends downwardly with a plurality of fastening feet 2丄, in other words, the lower edge of the side plate 1 2 0 of the cover body 2 extends downward. In the specific embodiment, the cover body 12 is a frame surrounded by four side plates 1 2 M365576 0, and the corners of the four side plates are extended and formed. The fastening pin 121, ::, , = 1 is formed adjacent to the end thereof - a snap tab J pin 12 is a one-way snap structure, the card ^ ^ ^ the buckle leg i 2 1 body is adjacent to the buckle
21的末端撕裂朝相對外側方向突出成型為—倒刺的 7構’下端連結扣接腳i 21且朝外及朝上 及辑引部12111末端形成一： 112 (如第六B圖所示）；在等效變化上，該 ，扣片構造也可以變化為從扣接腳i 2 i的末端反向上 '、折延伸的-種卡持結構；另外，該些側板i 2 0的内側 面向内凸設至少一卡持塊1 2 5。 士當每一該扣接腳i 2 1卡扣於其所對應之扣接孔3 ^時’該卡扣片1 2 1 1可直接壓入扣接孔3 1，然後該 卡扣片1 2 1 1的末端回彈後頂抵於該電路板3的底 面j換言之，在本具體實施例中，該卡扣片i 2 i i的抵 扣邛1 2 1 1 2可在回彈後頂抵於該電路板3的底面；且 在本具體實施例中’該電路板3具有四個扣接孔3 1，以 供該四個扣接腳121卡扣。 連接器本體1 1係為一種呈上端開口之框狀結構，而 该連接器本體11之絕緣本體111包含複數個侧壁1 f 1 1 ;另一方面’該連接器本體1 1之遮蔽殼體1 1 2 係為金屬材質圍成之框狀結構，該遮蔽殼體1 1 2對應該 絕緣本體111而包覆於該絕緣本體111外側，該遮蔽 7 M365576 殼體1 1 2具有複數個側牆1 1 2 1 ;該絕緣本體1 1 1 與該遮蔽殼體112係利用相互嵌卡的方式使兩者牢固 地結合，在本具體實施例中，絕緣本體i i i係由四個側 壁1 1 1 1所圍成之框狀結構以形成該容置空間1工 4，s亥遮蔽殼體1 1 2係由四個侧牆1 1 2 1所圍成之框 狀結構，該四個侧牆1 1 2 1係圍設於該四個侧壁^工工 1外側。再者，該遮蔽殼體1 i 2的上緣朝向該容置空間 1 1 4向下翻折延伸成型有彈性抵接於該電子模組2之 複數個彈片1 1 2 2，而在本具體實施财，該相對的兩 個侧牆1 1 2 1之上緣分別朝向該容置空間丄丄4向下 翻折延伸成型兩個彈片i i 2 2。而連接器本體χ丄之側 面具有至少-個對應該蓋體i 2之側板i 2 ◦内側面之 卡持塊1 2 5的卡持孔1 1 〇。 再一方面，該些導電端子113係固持於該絕緣本體 1 1且焊接在電路板3，在本具體實施例中，該些導電 端子1 1 3均具有-固持於該絕緣本體i i i的本體部 (圖未示）’而該本體部的1朝向該容置空間1 14成 =有接觸部1 1 3 1，該本體部的另一端則成型有一突 ^於該連接器本體11之焊接部1132並且對應焊接 在電路板3上。 而在本具體實施例中，該電子模組2係為一攝像模 不以此為限，該電子模組2具有—底板2 i，該底 1的側緣設有複數個接觸墊2 i 1，而導電端子丄丄 之接觸部1131係以側向的方式接觸於該些接觸塾 M365576 211，但不以上述為限，換言之，導電端子113之接 觸邓1 1 3 1與該接觸墊2 1亦可在該電子模組 底面進行接觸。 ' 請參閱第五圖至六A圖，以下係說明本創作的電子模 ^的組裝構造如第五圖所示，電子模組2組襄前，連接 器本體1 1已經安裝在電路板3 ,組褒電子模組2時，該 =子模組2置入連接器本體1 1之容置空間i丄4，2 該電子模組2的各接觸墊211係對應接觸該等導電 端T1 1 3之接觸部1131，且該遮蔽殼體1 1 2之該 二彈片1 1 2 1係提供側向的夾持力量以固持該電子模 =;_將蓋體i 2蓋設於該電子模組2與連接器本體 11並使該電子模組2裸露於該定位孔i 2 4，並利用竽 盍體1 2之彈性壓片i 2 2將電子模組2穩定地壓置^ ，组連接器丄中；如第六A圖所示，該蓋體丄2之扣接腳 2 1係穿設於該電路板3之扣接孔3 i，藉由扣接腳工 之卡扣片1211與電路板3之底面的卡持配合以 ο盍體1 2固定於該電路板3，，而該蓋體工2之側板工 0内側面之卡持塊！ 2 5與連接器本體R側面的 卞持孔1 1 〇進行相互卡扣的配合。 另外’在本具體實施例中，該電路板3具有一開口 3 2，而該電子模組2的底面係延伸至該開口 3 2令，亦 即，本具體實施例係為一沈板結構，但本創作亦可適用於 板上結構。 、 另一方面，當電子模組2組裝於一電子產品（如行動 9 M365576 電話）上時’該電子產品的機殼内更可設有一壓制件（圖 未示）’該壓制件可壓制於該蓋體1 2之側板1 2 0上的 壓制片1 2 3，以利用該蓋體1 2將電子模組2更為穩定 地固持於模組連接器1中；此外，蓋體1 2之侧板1 2 〇 上的壓制片1 2 3也可用於在組裝蓋體1 2時提供給一 治具作為壓入組裝的作用。 另外’為了因應該電子模組2的維修或更換的需求， 操作者可利用工具扳動該扣接腳1 2 1，使卡扣片1 2 1 1脫離頂抵於該電路板3底面的狀態，進而使扣接腳1 2 1脫離該電路板3之扣接孔3 1，以達成移除該蓋體1 2 的目的，藉此以維修或更換該電子模組2。 綜上所述，本創作具有下列優點：本創作之模組連接 器1係利用蓋體1 2之扣接腳1 2 1與該電路板3之扣 接孔3 1的固持配合，使蓋^ 2穩固地固定於該電路板 3上，且該扣接腳χ 2 i與該扣接孔3 i的配合可提供較 佳的扣接力量，進而可用以防止電子模組2的脫出；再 者’該蓋體1 2係固定於該電路板3，因此該電子模组2 的脫出力量並不會影響到導電端子113之焊接部11 3 2與電路板3的焊接強度。 以上所述僅為本創作之較佳可行實施例，非因此偈限 本創作之專利範圍，故舉凡糾本創作說明#及圖示内容 所為之等效技術變化，均包含於本創作之範圍内。 【圖式簡單說明】 M365576 圖係為利用習知的模組連接器將電子模組固定於電 路板之立體示意圖。 ^二圖係為湘f知的模組連接ϋ將電子模組固定於電 路板之立體分解圖。 第二圖係為利用本創作模 電路板之立體示意圖。—將電子模組固定於 ==利用本創作之模組連接器之立體分解圖。 之模組連接器之部分分解圖。 本創作之模組連接器將電子模組固定於 工=圖係為第六圖之6A_6A剖線之剖視圖。 ，、圖係為第六A圖中之B部分的放大圖。 【主要元件符號說明】 【習知】 模組連接器 連接器本體 10 2 蓋體 電子模組 電路板 2 卡持孔 絕緣本體 遮蔽殼體 導電端子 卡待塊 2 M365576 【本創作】 模組連接器 連接器本體 10 卡持孔 絕緣本體 1111 側壁 遮蔽殼體 1121 側牆 1122 彈片 113 導電端子 接觸部 1132 焊接部 蓋體 114 12 0 容置空間 側板 扣接腳 1211 卡扣片 12111導引部 1 2 1 1 2抵扣部 122 彈性壓片 123 壓制片 124 定位孔 12 M365576 1 2 5 卡持塊 2 電子模組 2 1 底板 3 電路板 3 1 扣接孔 3 2 開口The end tear of 21 is protruded toward the outer side to form a barbed structure, the lower end is connected to the fastening pin i 21 and is formed outwardly and upwardly and at the end of the indexing portion 12111: 112 (as shown in FIG. In the equivalent change, the buckle structure can also be changed into a kind of folding structure that is reversed from the end of the fastening leg i 2 i, and the inner side of the side plate i 2 0 At least one holding block 1 2 5 is protruded from the inside. When each of the fastening legs i 2 1 is fastened to the corresponding fastening hole 3 ^ ', the locking piece 1 2 1 1 can be directly pressed into the fastening hole 3 1, and then the locking piece 1 2 The end of the 1 1 rebounds against the bottom surface j of the circuit board 3, in other words, in the specific embodiment, the buckle 邛 1 2 1 1 2 of the buckle piece i 2 ii can be offset after the rebound The bottom surface of the circuit board 3; and in the specific embodiment, the circuit board 3 has four fastening holes 31 for the four fastening pins 121 to be buckled. The connector body 11 is a frame-like structure having an open upper end, and the insulative housing 111 of the connector body 11 includes a plurality of side walls 1 f 1 1; on the other hand, the shielding body of the connector body 1 1 1 1 2 is a frame-like structure surrounded by a metal material, and the shielding shell 1 1 2 is covered on the outer side of the insulating body 111 corresponding to the insulating body 111. The shielding 7 M365576 has a plurality of side walls. 1 1 2 1 ; The insulating body 1 1 1 and the shielding shell 112 are firmly coupled by means of mutual embedding. In the specific embodiment, the insulating body iii is composed of four side walls 1 1 1 1 The frame structure is formed to form the accommodating space 1 , and the Shielding Shell 1 1 2 is a frame-like structure surrounded by four side walls 1 1 2 1 , and the four side walls 1 1 The 2 1 system is arranged outside the four side walls 1 . In addition, the upper edge of the shielding shell 1 i 2 is folded downwardly toward the accommodating space 1 1 4 to form a plurality of elastic pieces 1 1 2 2 elastically abutting the electronic module 2, and In the implementation, the upper edges of the two opposite side walls 1 1 2 1 are respectively folded downwardly toward the accommodating space 丄丄4 to form two elastic pieces ii 2 2 . The side surface of the connector body has at least one holding hole 1 1 对 corresponding to the holding block 1 2 5 of the inner side surface of the side plate i 2 盖 of the cover i 2 . On the other hand, the conductive terminals 113 are fixed to the insulative housing 11 and soldered to the circuit board 3. In the embodiment, the conductive terminals 113 are both held in the body portion of the insulative housing iii. (not shown) 'and the body portion 1 faces the accommodating space 1 14 = has a contact portion 1 1 3 1 , and the other end of the body portion is formed with a solder portion 1132 protruding from the connector body 11 And correspondingly soldered on the circuit board 3. In this embodiment, the electronic module 2 is not limited thereto. The electronic module 2 has a bottom plate 2 i. The side edge of the bottom 1 is provided with a plurality of contact pads 2 i 1 . The contact portion 1131 of the conductive terminal 接触 contacts the contact 塾M365576 211 in a lateral manner, but is not limited thereto, in other words, the contact of the conductive terminal 113 and the contact pad 2 1 It is also possible to make contact on the bottom surface of the electronic module. Please refer to the fifth figure to the sixth figure. The following is an explanation of the assembly structure of the electronic module of the present invention. As shown in the fifth figure, before the electronic module 2 is assembled, the connector body 11 is already mounted on the circuit board 3. When the electronic module 2 is assembled, the sub-module 2 is placed in the accommodating space i 丄 4 of the connector body 1 1 , and the contact pads 211 of the electronic module 2 are in contact with the conductive terminals T1 1 3 . The contact portion 1131, and the two elastic pieces 1 1 2 1 of the shielding shell 1 1 2 provide a lateral clamping force to hold the electronic mold = _ cover the cover body i 2 to the electronic module 2 And the connector body 11 and the electronic module 2 are exposed to the positioning hole i 2 4, and the electronic module 2 is stably pressed by the elastic pressing piece i 2 2 of the body 1 2 , the group connector 丄As shown in FIG. 6A, the fastening leg 2 1 of the cover body 2 is threaded through the fastening hole 3 i of the circuit board 3 , and the buckle piece 1211 and the circuit board are fastened by the footer The clamping of the bottom surface of the 3 is fixed to the circuit board 3 by the body 1 2, and the holding block of the inner side of the side plate 0 of the cover body 2! 2 5 and the clamping holes 1 1 侧面 on the side of the connector body R are engaged with each other. In addition, in the embodiment, the circuit board 3 has an opening 32, and the bottom surface of the electronic module 2 extends to the opening 32, that is, the specific embodiment is a sinker structure. However, this creation can also be applied to the on-board structure. On the other hand, when the electronic module 2 is assembled on an electronic product (such as the action 9 M365576 telephone), the casing of the electronic product may be further provided with a pressing member (not shown). The pressing piece 1 2 3 on the side plate 1 20 of the cover body 1 2 is used to hold the electronic module 2 more stably in the module connector 1 by using the cover body 1 2; The pressed sheet 1 2 3 on the side panel 1 2 can also be used to provide a jig as a press-fit assembly when assembling the lid body 12. In addition, in order to meet the needs of the repair or replacement of the electronic module 2, the operator can use the tool to pull the fastening pin 1 2 1 to disengage the locking piece 1 2 1 1 against the bottom surface of the circuit board 3. Therefore, the fastening pin 1 2 1 is disengaged from the fastening hole 3 1 of the circuit board 3 to achieve the purpose of removing the cover body 1 2 , thereby repairing or replacing the electronic module 2 . In summary, the present invention has the following advantages: the modular connector 1 of the present invention utilizes the fastening of the fastening pin 1 2 1 of the cover 1 2 and the fastening hole 3 1 of the circuit board 3 to make the cover ^ 2 is firmly fixed on the circuit board 3, and the cooperation of the fastening pin 2 i and the fastening hole 3 i can provide better fastening force, and can be used to prevent the electronic module 2 from coming off; The cover body 1 2 is fixed to the circuit board 3, so that the force of the electronic module 2 does not affect the welding strength of the soldering portion 11 2 2 of the conductive terminal 113 and the circuit board 3. The above description is only a preferred and feasible embodiment of the present invention, and thus the scope of the patent is not limited to the scope of the present invention. Therefore, the equivalent technical changes of the creative description and the graphic content are included in the scope of the present creation. . [Simple description of the diagram] The M365576 diagram is a three-dimensional diagram of fixing an electronic module to a circuit board using a conventional module connector. ^The second figure is a three-dimensional exploded view of the module connected to the circuit board. The second figure is a three-dimensional diagram of the circuit board using the present model. - Fix the electronic module to == Use the exploded view of the modular connector of this creation. A partial exploded view of the module connector. The modular connector of the present invention fixes the electronic module to the cross-sectional view of the 6A_6A section of the sixth figure. , the figure is an enlarged view of part B of the sixth A picture. [Main component symbol description] [Practical] Module connector connector body 10 2 Cover electronic module circuit board 2 Card hole insulation body shielding housing conductive terminal card waiting block 2 M365576 [This creation] Module connector Connector body 10 Holding hole Insulating body 1111 Side wall shielding case 1121 Side wall 1122 Spring piece 113 Conductive terminal contact part 1132 Weld part cover 114 12 0 accommodating space side plate fastening pin 1211 Snap piece 12111 Guide part 1 2 1 1 2 detent portion 122 elastic pressing piece 123 pressing piece 124 positioning hole 12 M365576 1 2 5 holding block 2 electronic module 2 1 bottom plate 3 circuit board 3 1 fastening hole 3 2 opening
接觸墊Contact pad
1313